Grace Victorine
Papers
2
Total Citations
142
H-Index
2
About
Grace Victorine is a leading figure in advanced additive manufacturing for biomedical applications, with a primary research focus on the development of functional microdevices using 3D printing technologies. Her major contributions lie in systematically reviewing and advancing both light-based and extrusion-based 3D printing approaches, demonstrating how these tools can fabricate complex biomedical systems that are impossible to create with traditional machining or molding. Her seminal 2017 review, which has garnered 131 citations, serves as a foundational resource for researchers by critically comparing the advantages and limitations of different 3D printing classes. This work, alongside her co-authored 2018 follow-up in *Small Methods*, has shaped the field’s understanding of how to select and optimize printing techniques for specific biomedical tasks—from tissue engineering scaffolds to lab-on-a-chip devices. Victorine’s research has had a profound impact, guiding both academic labs and industry innovators toward more precise, scalable fabrication of patient-specific medical tools. Her clear synthesis of complex technical landscapes makes her a vital voice for students and engineers seeking to harness 3D printing’s full potential in healthcare.
Research Focus
Key Achievements
Top Papers
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